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Discern: Discourse-Aware Entailment Reasoning Network for Conversational Machine Reading (2010.01838v3)

Published 5 Oct 2020 in cs.CL, cs.AI, and cs.LG

Abstract: Document interpretation and dialog understanding are the two major challenges for conversational machine reading. In this work, we propose Discern, a discourse-aware entailment reasoning network to strengthen the connection and enhance the understanding for both document and dialog. Specifically, we split the document into clause-like elementary discourse units (EDU) using a pre-trained discourse segmentation model, and we train our model in a weakly-supervised manner to predict whether each EDU is entailed by the user feedback in a conversation. Based on the learned EDU and entailment representations, we either reply to the user our final decision "yes/no/irrelevant" of the initial question, or generate a follow-up question to inquiry more information. Our experiments on the ShARC benchmark (blind, held-out test set) show that Discern achieves state-of-the-art results of 78.3% macro-averaged accuracy on decision making and 64.0 BLEU1 on follow-up question generation. Code and models are released at https://github.com/Yifan-Gao/Discern.

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Authors (8)
  1. Yifan Gao (69 papers)
  2. Chien-Sheng Wu (78 papers)
  3. Jingjing Li (98 papers)
  4. Shafiq Joty (187 papers)
  5. Steven C. H. Hoi (94 papers)
  6. Caiming Xiong (338 papers)
  7. Irwin King (170 papers)
  8. Michael R. Lyu (176 papers)
Citations (50)

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